No Drip Hot Swap Connector And Method of Use
AssigneeChilldyne, Inc.
InventorsSteve Harrington, Peter C. Deangelis, William C. Campbell
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AssigneeChilldyne, Inc.
InventorsSteve Harrington, Peter C. Deangelis, William C. Campbell
Estimating the term…
A connector for use in a negative pressure coolant system is disclosed. The connector connects coolant system circulating to an electrical component thereby allowing the coolant to circulate through the electrical component. The connector is made up of two components, a component side connector and a pump side connector, and can be in three positions: disengaged, semi-engaged and fully-engaged. An electrical component can be drained of its coolant while the connector is shifted from the fully-engaged position, to the semi-engaged position and to the disengaged position. This can be accomplished without shutting down the negative pressure coolant system, thus allowing a particular electrical component to be disconnected without affecting the cooling efficiency of other electrical components connected to the system. Because the coolant is drained, it will not spill on the electrical component and cause damage.
A dry-disconnect system for liquid-cooled electronic components, comprising a connector releasably connecting a liquid coolant-containing heat exchanger to a liquid coolant-containing reservoir in fluid communication with the heat exchanger, where the liquid coolant is below-atmospheric-pressure, the connector adapted to release the liquid coolant-containing heat exchanger from the reservoir only when substantially all of the liquid coolant has been drained out of the heat exchanger.
A method of draining coolant from an electrical component connected to a negative pressure coolant system, the method comprising:
Dependencies are inferred from the claim text.